CyberFeeder

I've wanted to design my own pet feeder for a while, and once I got going, the idea for a sleek, futuristic look came together fast. I'm really happy with how it turned out, and I hope you like the design as much as I do. Turning it into a fully working feeder, though, was a nightmare. The sleek shape looked great, but packing all the electronics and mechanics into it was a serious challenge for me. I set myself two main requirements for this build: Modern design that's easy to clean. Every part that comes into contact with food needed to come out fast, without tools and without touching any electronics. Just flip open the latch, lift out the container, and pull the auger housing out, done. Official parts only. Since I wanted to test the CyberBrick system and control the feeder over WiFi. It was the perfect opportunity. How It Works: Setup is simple: connect to the WiFi network broadcast by the Multi-Function Core Board, and you'll be taken straight to the feeder's web interface. From there you can: Choose interval feeding (feed every X minutes) or scheduled feeding at set times Trigger an instant feed with the press of a button Adjust the portion size Pick your own accent color for the interface, the RGB LEDs match it automatically Switch between light mode and dark mode Set a custom network name and password Turn on battery saving mode, so the LEDs stop staying on all the time The interface itself has a clean, modern look to match the feeder. What you need: Electronics (CyberBrick / Bambu Lab Maker's Supply): 1x Multi-Function Core Board 1x Remote Control Receiver Shield 1x N20 Reduction Gear Motor (LA002) 8x WS2812 RGB LED IDC0.8 4-Pin KB003 2x WS2812 LED Hub with 3-Pin SH1.0 connector (XA006) 1x 14500 7.4V 800mAh Li ion Battery 1x Plastic Deep Groove Ball Bearing 6003 Plastic (EA001) M2.5*6 Socket Head Cap Machine Screws (AA029) M2.5 x 4 x 4mm Round Threaded Brass Heat-Insert Nut (AB011) M1.6*4mm Socket Head Cap Machine Screws PLA Pure NFC Tag Tools: Soldering i